For all of these Big Bang calculations, now we can include the expansion of the underlying medium for light and other radio frequency emissions.
Akin to waves in the ocean, alternations between two points within a charge spectrum provide a difference of charge potential declared within the greater bandwidth along a waning field.
If field = 10 --> 0
..then two induction points, at the values 6 and 2 yield ( = ) a difference of 4.
The bandwidth from within total source field = 4 --> 0
How else are light and other frequency based phenomena supposed to travel through the natural universe? ..there needs to be a stable underlying medium to disturb if waves are to exist and travel through space.
Space itself is the conduit of charge in this model which removes at least one integral, for using only space as the conductor (ideal case).
The integral for lossy/interferent conduits in thermodynamic systems no longer applies (first law of thermodynamics).
..instead we declare the ideal case (0 ohm resistance conduit of space), quanta of Planck lengths between two points of a non-cyclic field (0 Hz).
The following now stands corrected, complete expansions for equations that apply to ideal and interferent conditions are now called for.
REQUIRES CORRECTION/PRECISION...
Force of field at point x,y,r = Source charge in eV ÷ quanta of Planck units (distance from source).
THE FIRST LAW OF THERMODYNAMICS (applies to a 0 Hz field for the cases of converged systems "polarizing relation" and interference):
ΔU = ΔQ + ΔW
Charge supply = Conduit stored charge + Work performed
Applied to interference and the polarized converged states of particles.
SOLUTION FOR THE STATES OF INTERFERENCE AND CONVERGENCE:
Source charge in eV = interferent condition in eV (imperfect conduit) + charge used by work performed eV (archaic, G).
SOLUTION FOR IDEAL CASES (space conduit) AND FURTHER DEVELOPMENT:
The interferent condition:
ΔU = ΔQ + ΔW
The ideal condition reduces to:
ΔU = ΔW
..the power sourced is equivalent ( = ) to the work performed. The ideal case of zero resistance.
The ideal case does present an integral which limits charge throughput in relation to the quanta of Planck lengths between two points in a 0 Hz field (bandwidth).
It is also possible to omit the spatial reference, to instead consider two points of charge anywhere in space.
Humanity has countered the attraction force of the planetary macroscopic field using the following equation...
ΔU = ΔQ + ΔW
The ideal condition would be to reach space using the benefits of this equation...
ΔU = ΔW
I wonder if the space agencies own aluminum for the same reason I would use it? ..as a field shield that drains to a powered virtual zero, ground.
I suspect that ground points for malfunctioning lunar landing craft circuitry may have shared a connection to structural aluminum. Aluminum might be the finest receptor of fields, either non-cyclic/flux.
The bandwidth for power reception across aluminum is excellent. I will certainly not forget the surprising amount of energy that travels without physical connection into aluminum, the aluminum foil provided a shocking and memorable experience for anecdote.
IF even ONE ground connection ..AAAHHHH!! THE TRANSISTORS!!! ALL OF THEM which are installed on aluminum heatsinks! ..inducing charge, feeding back into the circuitry as noise and short-circuits. Fortunately due to limited induction of field currents, no heat induced physical damage of circuit components seems to occur in landers.
Confirmation - The Odysseus Test ..emit 0 Hz field through several evenly spaced receptors, quantifying relative field strengths at even distances while determining whether 0 Hz field decay is linear or biased.
The condition of the system is free of resistance, I would tend to expect a linear decay rather than roll-off.